Julien Ntede Florent
West Lafayette,IN
Summary
Innovative Ph.D. candidate specializing in multi-physics modeling and optimization of high-pressure axial piston pumps, with a strong foundation in fluid power and tribology. Extensive research experience at the Maha Fluid Power Research Center (Purdue University) has developed expertise in interfacial dynamics within pump systems, contributing to advancements in efficiency and performance. Demonstrated ability to address complex engineering challenges through rigorous analysis and creative problem-solving. Dedicated to leveraging technical knowledge and research skills to drive innovation in mechanical engineering applications.
Overview
5
5
years of professional experience
Work History
Visiting Research Scholar
Purdue University
West Lafayette, IN
10.2025 - Current
- Assessed impact of ball socket clearance on structural integrity and reliability of piston-slipper joint.
- Designed and integrated sophisticated numerical models with Multics and ANSYS to investigate fluid-structure interaction (FSI) dynamics in high-pressure axial piston pumps (45 MPa).
- Conducted detailed modeling of piston and cylinder block tilting effects to maintain film stability and safeguard against metal-to-metal contact in high-speed applications.
- Investigated thermal expansion influence on fluid viscosity by processing experimental data in MATLAB and validating theoretical models to reduce volumetric leakage.
PhD Researcher
Bonfiglioli S.p.A
01.2023 - Current
- Data-Driven Design: Correlated simulation results with experimental data (pressure sensors, flow meters) to validate models.
- Collaboration: Worked with R&D team to implement findings into next-gen motor prototypes.
- CFD/FEM/Amesim
Intern
Cesenate Conserve Alimentari, Cesena
Cesena
06.2023 - 09.2023
- Monitored real-time machine performance via PLC systems, identifying inefficiencies.
- Developed predictive maintenance protocols to extend equipment lifespan.
- Quality Control: Used statistical analysis to improve product consistency.
Intern
Cesenate Conserve Alimentari, Cesena
Cesena
06.2021 - 08.2023
- Analyzed PLC data from tomato concentration machinery to reduce energy waste by 15%.
- Designed control strategies to minimize production downtime.
- Cross-functional teamwork: Coordinated with engineers and operators to implement solutions.
Education
Bachelor -
University of Bologna, Forlì
Forlì01-2021
Ph.D - undefined
University of Bologna, Forlì
Forlì03-2026
Master's Degree - undefined
University of Bologna, Forlì
Forlì01-2023
Skills
- Microsoft Office proficiency
- Experience with modeling software (AMESim, NX, Ansys, Multics, SIMLab)
- Programming languages: MATLAB
- Advanced fluid mechanics
- Technical report writing
- Critical thinking and problem solving
Accomplishments
- Achieved enhanced mechanical reliability and film stability by completing a detailed dynamic analysis of ball socket clearance and Piston/CB Tilting with precision and efficiency.
- Achieved full validation of high-pressure EHD lubrication models by completing the integration of FSI simulations and experimental test rig data with high accuracy and computational efficiency.
- Achieved a significant reduction in volumetric leakage and energy losses by completing a comprehensive thermal-structural coupling analysis of the pump interfaces with high accuracy and efficiency.
Languages
French
Italian
English
Interests
- Food Tourism
- Music
- Team Sports
- Gym Workouts
Professor Minelli award in mechanical engineering (2023)
The award is dedicated to the memory of Minelli, a prominent Professor of Machine Design at the University of Bologna.
Timeline
Visiting Research Scholar
Purdue University
10.2025 - Current
Intern
Cesenate Conserve Alimentari, Cesena
06.2023 - 09.2023
PhD Researcher
Bonfiglioli S.p.A
01.2023 - Current
Intern
Cesenate Conserve Alimentari, Cesena
06.2021 - 08.2023
Ph.D - undefined
University of Bologna, Forlì
Master's Degree - undefined
University of Bologna, Forlì
Bachelor -
University of Bologna, Forlì